The focus is laid on the presentation of recent decentralized control design and co-design methods which offer effective tools to overcome specific difficulties caused mainly by network imperfections.
Molecular design methods offer an effective way for understanding the structure-property relationship of flotation collectors and developing new ones.
Furthermore, the suggested electrochemical methods offer facile and effective ways to verify the presence of coverage state before combining with other physical analysis.
In general, our methods offer a novel, effective and unified solution to multiple fMRI data analysis tasks including activation detection, de-activation detection, and functional network identification.
These methods offer a cost-effective means to access the gene space of a target organism through in-depth sequencing of the transcriptome.
Both methods offer advantages.
As a strong counterpart, BP clustering method offers energy effective solutions based on belief calculations with potential functions.
It is believed that the facile and low-cost method offers an effective strategy and promising industrial applications for fabricating superhydrophobic surfaces consisting of rare earth element.
The proposed method offers an effective technique for the continuous-time description of intervertebral motion, maintaining standard clinical measurements for diagnosis of lumbar instability.
The estimation method offers an effective way to obtain accurate clutch drag torque, and it is applied to develop a new supervisor control strategy.
